Abstract
The first application of Fourier transform infrared spectroscopy to the measurement of the odd-parity excited states of a bound exciton is described. These results have reversed the prevailing model for this particular center, and allowed the even-parity excited states to be identified as well. All of these excited states can be put into excellent correspondence with acceptor states, providing the best existing confirmation of the pseudo-donor/pseudo-acceptor model of isoelectronic bound exciton states. Possible refinements of the technique are discussed, along with some suggested areas for further studies.
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